SS TEFLON BRAIDED HOSE -3AN 30M SILVER 3.5mm ID 6.3mm OD

Description

Maximize system reliability with the Aeroflow SS Teflon Braided Hose, engineered to provide superior resistance to pressure, abrasion, and chemical exposure. This hose is designed to prevent leaks and maintain performance in demanding environments, ensuring efficient fluid transfer without compromise.

The core construction utilizes a PTFE (Teflon) inner liner, offering exceptional chemical inertness and temperature tolerance. This means it resists corrosion and degradation from aggressive fluids, extending the hose’s service life and reducing maintenance needs.

Surrounding the PTFE liner is a stainless steel braid that enhances mechanical strength and protects against external damage. The 200 series stainless steel braid supports high pressure ratings and resists abrasion, critical for applications where durability and safety are paramount.

With a precise inner diameter of 3.5 mm and an outer diameter of 6.3 mm, this hose provides controlled flow rates while fitting seamlessly into standard -3 AN fittings, ensuring compatibility with a wide range of brake and fluid systems. The silver finish not only delivers a professional aesthetic but also adds an additional layer of corrosion resistance.

Measuring 30 meters in length and weighing 2.5 kg, this hose offers flexibility for extensive routing needs without sacrificing strength. Its compact packaging dimensions of 37 cm length, 35 cm width, and 12 cm height facilitate easy storage and transport.

Ideal for brake lines, fuel delivery, and other hydraulic applications, this hose meets stringent industry standards for safety and performance. Installation is straightforward due to its compatibility with standard fittings and robust construction, reducing downtime and operational risks.

Trust the Aeroflow SS Teflon Braided Hose to maintain system integrity under high stress and chemical exposure scenarios, delivering consistent, leak-free performance. Its engineered materials and precise dimensions make it a critical component for professional-grade fluid systems requiring durability and reliability.